Snag free lure assembly

A snag free lure assembly being configured to inhibit becoming snagged, said assembly comprising:

• a lure being configured to be cast into a body of water thereby facilitating said lure to lure a fish, said lure having a first end, a second end and an outer surface extending therebetween, said outer surface being continuous such that third said lure is substantially ovoid shaped, said lure having a chamber being centrally positioned within said lure, said first end having a first opening extending into said chamber, said second end having a second opening extending into said chamber, said outer surface having a plurality of third openings, each of said third openings extending into said chamber, said third openings being spaced apart from each other and being distributed around said lure;
• and
• a retracting unit being positioned within said lure, said retraction unit including a plurality of hooks, each of said hooks being retractable into said lure wherein said lure is configured to be inhibited from being snagged on an object by said hooks when said lure is cast, each of said hooks being outwardly deployed from said lure when a fish bites said lure wherein said lure is configured to hook the fish, said retracting unit comprising:
• a cylinder having a primary end, a secondary end and an outer wall extending therebetween, said cylinder being substantially hollow, said cylinder being positioned within said chamber, said outer wall having a plurality of hook openings extending into an interior of said cylinder, each of said hook openings having a bounding edge, said hook openings being spaced apart from each other and being distributed around said cylinder, each of said hook openings being aligned with an associated one of said third openings in said lure,
• a first tube being coupled to and extending away from said primary end of said cylinder, said first tube being positioned within said first opening in said lure,
• a second tube being coupled to and extending away from said secondary end of said cylinder, said second tube being positioned within said second opening in said lure,
• each of said hooks being hingedly coupled to said bounding edge of said of an associated one of said hook openings, each of said hooks having a distal end with respect to said bounding edge, each of said hooks being curved between said bounding edge and said distal end, each of said hooks being biased to be positioned within said cylinder,
• a piston being slidably positioned within said cylinder, said piston having an engaging surface, said engaging surface tapering to a point, said piston being positionable in a retracted position having said engaging surface being spaced from said primary end of said cylinder, said piston being positionable in a deployed position having said engaging surface frictionally engaging each of said hooks such that each of said hooks is urged to extend outwardly from said associated hook opening and said associated third opening in said lure wherein each of said hooks is configured to hook the fish,
• a biasing member being positioned between said piston and said secondary end of said cylinder, said biasing member biasing said piston towards said deployed position,
• a first leader being coupled to said engaging surface of said piston and extending through said first tube, said first leader extending outwardly from said first opening in said lure, said first leader being configured to be coupled to a fishing line,
• a second leader being coupled to said piston and extending through said second tube, said second leader extending outwardly from said second opening in said lure, said second leader having a distal end with respect to said lure, and
• a ball being coupled to said distal end of said second leader wherein said ball is configured to be manipulated, said ball being urged away from said second end of said lure when said piston is positioned in said retracted position, said ball engaging said second end of said lure when said piston is urged into said deployed position.